Bachelor of Medical Radiation Science (Honours) majoring in Medical Imaging

The Bachelor of Medical Radiation Science (Honours) majoring in Medical Imaging at Adelaide University prepares you for an exciting career in diagnostic radiography.

Gain over 1,400 hours of clinical experience. Work with industry-standard equipment like fully functioning x-ray suites. Learn from academics with clinical experience. Master techniques such as x-rays, fluoroscopy, and emergency imaging.

Build a solid foundation in medical sciences by studying anatomy, physiology, pathology, and radiation physics. Apply your knowledge during clinical placements. Pre-clinical workshops will also help you advance your skills as you move into specialised areas.

Complete a research project with expert supervision. This will lead to a thesis and oral presentation. The experience will sharpen your research skills and deepen your understanding of medical imaging, setting you apart in the field.

Graduates are highly sought after in hospitals, clinics, and specialised medical centres.

Further study can lead to specialisations in areas like medical resonance imaging (MRI) or sonography.

What you'll learn

The Bachelor of Medical Radiation Science (Honours) majoring in Medical Imaging at Adelaide University is a comprehensive four-year degree. Prepare to become an expert in diagnostic imaging using advanced technologies.

In your first year, you'll study human anatomy, physiology, pathology, and radiation physics with an introduction to medical radiation practice. These core subjects will introduce you to the science behind medical imaging.

In second year, the focus shifts towards medical imaging techniques. Gain practical skills through clinical placements. Explore key areas like medical imaging studies and evidence-based practice. Courses in advanced physics ensure you're equipped with the technical knowledge required in the field.

During your third year, hands-on learning increases with more clinical placements. Take specialised courses in Computed Tomography (CT) and Positron Emission Tomography (PET) imaging. As part of the honours component of your degree, you'll sharpen your analytical and critical thinking skills with research preparation.

In your final year, complete a major research project and a thesis, combined with full-time clinical practice. These placements provide over 1,400 hours of hands-on experience with real patients and state-of-the-art imaging equipment.

Graduate ready to step into a career as a diagnostic radiographer or pursue further specialisation in medical imaging.

With a strong combination of academic knowledge, practical training, and research experience, you'll be well-prepared to succeed in the fast-evolving medical imaging industry.